WC Help (Custom Loop)

Hi, I'm hoping to be putting together a computer soon and I want to have it watercooled, now I am completely new to watercooling, so lets just pretend I'm an idiot that needs to have everything explained, haha! So anyway, I really have no clue what I'm doing, I think I have the basic parts decided on, but I don't know if they're compatible and I still need to choose tubing and fittings I think So yeah aaaaanyway, here is my case:
CM Storm Trooper w/Window (http://www.pccasegear.com/index.php?main_page=product_info&cPath=25_31&products_id=19722)
and here are the watercooling bits I've selected so far (as much feedback as possible thanks!)
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CPU Waterblock: Bitspower Summit EF CPU Liquid Cooling Block - AMD Series - Ice Red

Resevoir: Alphacool Repack Single 5.25" Acetal Reservoir - Special Edition White
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So obviously I'm missing the tubing, coolant and fittings (idk if I need fittings [remember I know nothing hahaha]) so yeah as much help as possible thanks, also if you could tell me if this is all compatible, decent quality and what I may also need. Thanks!
Also preferably a transparent Red tubing and UV Red coolant

The loop components are not as important as the loop integrity. Without looking at the parts the things you need to watch out for are:

Most loop components have 1/4" threads. So all your fittings must be compatible to screw in to that.

Your tubing size is vital to leak prevention. Tubing is best understood as ID/OD which means inner and outer diameter. It is the INNER diameter which is most important. You need to select a tubing size with an ID equal to or slightly narrower than your fitting width. Lots of guys use 7/16" ID tubing over 1/2" (8/16") barbs. I cannot speak for compression fittings but the same rules apply although i think with compression fittings the OD is also important.

Loop order is not vital but the reservoir should feed the pump, otherwise you'll spend forever getting air out of it.

Create a drain point in your loop at the lowest point. Some radiators have drain points (yours doesn't?). Use a 'T' fitting and drain plug at the lowest point in your loop (Google it for ideas).

Figure out your tubing position and lengths before cutting and attaching. You can unscrew fittings by poorly planned tubing as the torsion in some set ups can slowly unscrew the fitting, leading to leaks.

If the above is a concern, use rotary fittings - they allow the tube to turn in situ.